PROGRAM, ELECTRICITY AND MAGNETISM

 

1. Electric charge. CoulombТs Law.
2. Electric Field. Electric Flux.
3. The GaussТs Law.
4. Applications of the GaussТs Law.
5. Potential Energy. Potential.
6. Potential of a Point Charge. Difference of Potentials. The work of a Point Charge.
7. Capacitance. Capacitance of Capacitors Connected in Series and in Parallel.
8. Capacitance of some Simple Capacitors.
9. The Energy of an Isolated Capacitor. The Volume Energy Density of an Electric Field.
10. аELECTRIC DIPOLE IN AN ELECTRIC FIELD.
11. аAN ATOMIC DESCRIPTION OF DIELECTRICS.
12. аELECTRIC CURRENT. Microscopic Model of Current.
13. аRESISTANCE AND OHMТS LAW.
14. аELECTRICAL ENERGY AND POWER.
15. аELECTROMOTIVE FORCE.
16. аRESISTORS IN SERIES AND IN PARALLEL.
17. аKIRCHHOFFТS LAW.
18. аTHE MAGNETIC FIELD.
19. аMAGNETIC FORCE ACTING ON A CURRENT-CARRYING CONDUCTOR.
20. аTORQUE ON A CURRENT LOOP IN A UNIFORM MAGNETIC FIELD.
21. аMOTION OF A CHARGED PARTICLE IN A UNIFORM MAGNETIC FIELD.
22. аTHE BIOT-SAVART LAW.
23. аAMPEREТS LAW.
24. аTHE MAGNETIC FIELD OF A SOLENOID.
25. аMAGNETIC FLUX. GAUSSТS LAW IN MAGNETISM.
26. аDISPLACEMENT CURRENT.
27. аFARADAYТS LAW OF INDUCTION.
28. аMOTIONAL EMF.
29. аLANZТS LAW. INDUCED EMF AND ELECTRIC FIELDS.
30. аGENERATORS AND MOTORS.
31. аMAXWELLТS EQUATIONS.
32. аSELF-INDUCTANCE.
33. аRL-CIRCUITS.
34. аENERGY OF A MAGNETIC FIELD.
35. ааMUTUAL INDUCTANCE.
36. аOSCILLATIONS IN AN LC CIRCUIT.
37. аTHE RLC CIRCUIT.
38. аRESISTORS IN AN AC CIRCUIT.
39. аINDUCTORS IN AN AC CIRCUIT.
40. аCAPACITORS IN AN AC CIRCUIT.
41. аTHE RLC SERIES CIRCUIT.
42. аPOWER IN AN AC CIRCUIT. RESONANCE IN THE CIRCUIT.
43. аTHE TRANSFORMER AND POWER TRANSMITION.